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def winkel_koo(center_x, center_y, radius, winkel, startwinkel, color = "None", symbol = "", schenkel = 0, scheitel = False, id = 0):
    rad_start = math.radians(startwinkel)
    rad = math.radians(winkel)
    koordinaten = dict(center_x = center_x, center_y = center_y, )
    # das sind die Schenkel:
    if schenkel > 0:
        x1 = center_x - schenkel *  math.cos(rad_start)
        y1 = center_y - schenkel *  math.sin(rad_start) 
        x2 = center_x - schenkel *  math.cos(rad+rad_start) 
        y2 = center_y - schenkel *  math.sin(rad+rad_start)

        if scheitel == True:
            x3 = center_x + schenkel *  math.cos(rad_start)
            y3 = center_y + schenkel *  math.sin(rad_start) 
            x4 = center_x + schenkel *  math.cos(rad+rad_start) 
            y4 = center_y + schenkel *  math.sin(rad+rad_start)
            schenkel_koo = dict(schenkel_1_x = x3, schenkel_1_y = y3, schenkel_2_x = x4, schenkel_2_y = y4)  
        else:
            schenkel_koo = dict(schenkel_1_x = x1, schenkel_1_y = y1, schenkel_2_x = x2, schenkel_2_y = y2)  
        koordinaten.update(schenkel_koo)  
    # das ist der Bogen mit Text:                
    if color:
        start_x = center_x - radius *  math.cos(rad_start)
        start_y = center_y - radius *  math.sin(rad_start) 
        end_x = center_x - radius *  math.cos(rad+rad_start) 
        end_y = center_y - radius *  math.sin(rad+rad_start)
        if winkel <=180:
            largeArcFlag = 0
        else:
            largeArcFlag = 1
        text_x = center_x - radius*3/4 *  math.cos(rad/2+rad_start)
        text_y = center_y - radius/2 *  math.sin(rad/2+rad_start) 

        bogen_koo = dict(bogen_radius = radius, sweep_flag = 1, color = color, symbol = symbol,
            start_bogen_x = start_x, start_bogen_y = start_y, end_bogen_x = end_x, end_bogen_y =  end_y, largeArcFlag = largeArcFlag,
            text_x = text_x, text_y = text_y, )
        koordinaten.update(bogen_koo) 
    return koordinaten

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{'center_x': 200, 'center_y': 100, 'schenkel_1_x': 248.2962913144534, 'schenkel_1_y': 87.05904774487395, 'schenkel_2_x': 248.2962913144534, 'schenkel_2_y': 112.94095225512602, 'bogen_radius': 40, 'sweep_flag': 1, 'color': 'lightskyblue', 'symbol': 'β', 'start_bogen_x': 238.63703305156272, 'start_bogen_y': 89.64723819589916, 'end_bogen_x': 238.63703305156275, 'end_bogen_y': 110.35276180410081, 'largeArcFlag': 0, 'text_x': 230.0, 'text_y': 100.0}

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from dataclasses import dataclass
...
@dataclass
Point:
    x: float
    y: float
...
center = Point(x=12.34, y=56.78)
...
... center.x ... center.y ...

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for ein_winkel in liste_von_winkeln:
    mache_was_mit_einem_winkel(ein_winkel)
    print('X-Koordinate:', ein_winkel['center_x'])
    print('Y-Koordinate:', ein_winkel['center_y'])

Code: Alles auswählen

def berechne_schenkel(center_x, center_y, winkel, startwinkel, schenkel, scheitel=False):
    rad_start = math.radians(startwinkel)
    rad = math.radians(winkel)
    if scheitel:
        schenkel *= -1
    return {
        "center_x": center_x,
        "center_y": center_y,
        "schenkel_1_x": center_x - schenkel *  math.cos(rad_start),
        "schenkel_1_y": center_y - schenkel *  math.sin(rad_start),
        "schenkel_2_x": center_x - schenkel *  math.cos(rad+rad_start),
        "schenkel_2_y": center_y - schenkel *  math.sin(rad+rad_start),
    }

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def berechne_bogen(center_x, center_y, radius, winkel, startwinkel, color="black", symbol=""):
    rad_start = math.radians(startwinkel)
    rad = math.radians(winkel)
    return {
        "center_x": center_x,
        "center_y": center_y,
        "bogen_radius": radius,
        "sweep_flag": 1,
        "color": color,
        "symbol": symbol,
        "start_bogen_x": center_x - radius *  math.cos(rad_start),
        "start_bogen_y": center_y - radius *  math.sin(rad_start),
        "end_bogen_x": center_x - radius *  math.cos(rad+rad_start),
        "end_bogen_y": center_y - radius *  math.sin(rad+rad_start),
        "largeArcFlag": int(winkel <= 180),
        "text_x": center_x - radius*3/4 *  math.cos(rad/2+rad_start),
        "text_y": center_y - radius/2 *  math.sin(rad/2+rad_start),
    }

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def berechne_punkt(punkt, winkel, radius, radius2=None):
    if radius2 is None:
        radius2 = radius
    return (
        punkt[0] - radius *  math.cos(math.radians(winkel)),
        punkt[1] - radius2 *  math.sin(math.radians(winkel)),
    )


def berechne_schenkel(center, winkel, startwinkel, schenkel, scheitel=False):
    if scheitel:
        schenkel *= -1
    return {
        "center": center,
        "schenkel_1": berechne_punkt(center, startwinkel, schenkel),
        "schenkel_2": berechne_punkt(center, startwinkel + winkel, schenkel),
    }


def berechne_bogen(center, radius, winkel, startwinkel, color="black", symbol=""):
    return {
        "center": center,
        "bogen_radius": radius,
        "sweep_flag": 1,
        "color": color,
        "symbol": symbol,
        "start_bogen": berechne_punkt(center, startwinkel, radius),
        "end_bogen": berechne_punkt(center, startwinkel + winkel, radius),
        "largeArcFlag": int(winkel <= 180),
        "text_position": berechne_punkt(center, startwinkel + winkel/2, radius*3/4, radius/2),
    }